Team Physician Principles for the Management of Athletes
1 Team Physician Principles for the Management of Athletes Jessica L. Brozek, MD and Bradley J. Nelson, MD Serving as a team physician can be a challenging but rewarding aspect…
Management of In-Season Anterior Instability and Return-to-Play Outcomes
5 Management of In-Season Anterior Instability and Return-to-Play Outcomes Jonathan F. Dickens, MD and Maj. Michael A. Donohue, MD Glenohumeral instability in young athletes is common and may lead to…
Epidemiology of Shoulder Instability: Incidence, Risk Factors, and Prevention of Instability in the Athlete
2 Epidemiology of Shoulder Instability Incidence, Risk Factors, and Prevention of Instability in the Athlete David J. Tennent, MD; Matthew A. Posner, MD; and Kenneth L. Cameron, PhD, MPH, ATC…
for Road Race Medical Staff
Patient transport Stretchers Wheelchairs Triage Cots Thermometers (rectal) Blood pressure cuffs Stethoscopes Pulse oximeters Disposable gloves Heat emergencies Ice Immersion tubs Water Fans Towels Hydration Oral fluids Cups Intravenous (IV)…
of Exertional Heat Illness
ICD-10-CM code ICD-10 category Etiology Signs and symptoms T67.0 Heat stroke and sunstroke Failure of body to dissipate heat CNS dysfunction (e.g., irritability, confusion, coma, aggressive behavior) Extreme hyperthermia (>40.0 °C)…
Heat Stroke
Fig. 4.1 Extrinsic and intrinsic risk factors of exertional heat illness. (From Lopez and Jardine [2], with permission. Figure courtesy Douglas J. Casa, PhD and Miwako Suzuki, KSI Summer Fellow;…
Heat Illness Considerations in the Military
Fig. 10.1 Incident cases and incidence rates of heat stroke, by source of report and year of diagnosis, active component, US Armed Forces, 2013–2017. (From Armed Forces Health Surveillance Branch…
Exhaustion
Etiology Pathophysiology Signs and symptoms of heat exhaustion Treatment /management Authors/purpose Observations of humans living in tropical climates, working in industrial settings, and exercising in artificial laboratory environments distinguish two…
Change and Heat Exposure: Impact on Health in Occupational and General Populations
Fig. 12.1 A summary of the potential sources of heat stress, the resulting effects of that heat stress (i.e., heat strain) and the interindividual factors (green circles) and intraindividual factors…
Response to Heat Stress
Fig. 2.1 Theoretical whole-body heat loss (dry + evaporative) responses to rapid increases in metabolic heat production associated with exercise at fixed rates of heat production in the heat (30 °C/86 °F,…
